private void applyPadding(Rectangle r, boolean isLeft) {
if (isLeft) {
r.setRight(r.getRight() - hPadding);
} else {
r.setLeft(r.getLeft() + hPadding);
}
}
public boolean fits() {
final boolean simulate = true;
// try adding into a single infinite column to calc height
ColumnTextBuilder ctb = b.reuseColumnTextBuilder();
b.reuseRectangleBuilder(tempR).copyPositionsFrom(rectangle);
tempR.setBottom(-10000f);
tempR.setRight(horCenter());
applyPadding(tempR, true);
ctb.setSimpleColumn(tempR);
float yBefore = ctb.getYLine();
contentAdder.add(ctb, simulate);
int status = ctb.go(simulate);
if (ColumnText.hasMoreText(status)) {
return false;
}
float yAfter = ctb.getYLine();
final float height = yBefore - yAfter;
logger.trace("height: {}", height);
// if(height > rectangle.getHeight()) {
// return false;
// }
// now try adding into two actual columns
final float columnHeight = height / 2 + additionalSpaceForColumn;
if (!addToTwoColumns(simulate, columnHeight)) {
return false;
}
addToTwoColumns(false, columnHeight);
return true;
}
private void setColumn(
float height, float horCenter, boolean left, ColumnTextBuilder ctb, boolean simulate) {
b.reuseRectangleBuilder(tempR).copyPositionsFrom(rectangle);
tempR.setBottom(tempR.getTop() - height);
if (left) {
tempR.setRight(horCenter);
} else {
tempR.setLeft(horCenter);
tempR.setBottom(-10000f);
}
applyPadding(tempR, left);
logger.debug("setting column to: {}", tempR);
ctb.setSimpleColumn(tempR);
}